Frequently Asked Questions
How does magnetic therapy work?
Quite simply, it has been said that the magnetic field surrounding the magnet interacts with the ions in the blood to promote healthy circulation, which in turn allows oxygen to be used more efficiently. Some believe healthy circulation increases the body’s ability to heal itself. Many users report a restored sense of well-being.
How long does it take to know if magnetic therapy is working?
According to our customers, the length of time needed to notice the effects of magnetic therapy varies with each individual. For some, the effects/presence of magnets is felt almost immediately; while for others a couple of weeks is more common. It truly depends upon the individual, but our experience is that a high percentage of our customer base reports experiencing benefits. If you are not sure if your magnetic product is working for you, simply take it off for a while to see if it makes a difference in how you feel.
Which magnetic therapy product should I use?
If you are new to magnetics, we suggest you select a nice piece of jewelry you find attractive. Remember, nothing will work if it is not used. So, try to select a product that you can place as close to the point of pain or discomfort as possible, e.g., a necklace for head, neck and shoulder pain; a bracelet for arm, elbow, wrist and hand pain; an anklet for knee, ankle and foot pain. Small, powerful magnets (such as in the form of magnetic band-aids or knee braces if you don’t want jewelry) can also be used on pain trigger points or acupuncture points.
What is the difference between stainless steel and titanium?
One of the primary differences is in the weight of the material. Titanium is extremely lightweight, but it is also extremely strong. In fact, it is 45 percent lighter than stainless steel. Golfers love the featherweight feel on the wrist. The magnets and their strength remain the same for both stainless steel and titanium.
Will the magnets lose their strength?
High quality magnets which we use in our jewelry will not lose their strength over time unless something is specifically done to demagnetize them. This generally means that they would have to be exposed to heat in excess of 250 degrees F.
Will stainless steel bracelets lose their luster and “turn”?
Under normal circumstances, the ionic gold plating (IGP) on our bracelets should not “turn” or rub off, because a superior process with 120 mils of IGP has been used. Occasionally, customers who work in construction, where the jewelry takes a daily beating, report a slight change in the luster of the pieces. We recommend using a dry, untreated cloth to buff occasionally.
Will alloy jewelry lose its luster and “turn”?
Alloy jewelry should be treated like good costume jewelry. Some customers notice that a slight darkening occurs on the back side of their bracelets if they have a lot of acid in their skin. This reaction does not affect the effectiveness of the magnets or the outward appearance of the bracelet. Again, we recommend using a dry, untreated cloth to remove fingerprints, etc.
Can link bracelets be sized?
Certainly. All of the link bracelets can be adjusted (larger or smaller), but the configuration of each link determines the exact sizing possibilities. We recommend that you measure the length of a bracelet that fits just the way you like it. Then we will adjust the link bracelet as close to that size as possible, but always a bit larger rather than smaller depending upon the length of the link.
What makes tungsten carbide so expensive?
Tungsten carbide is considered one of the exotic metals and is prized for its extreme resistance to scratching. It is second only to diamond in hardness and its weight attests to its strength and durability. It shares the same magnetic strength as stainless steel and titanium magnetic link bracelets.
What is magnetic hematite?
Magnetic hematite is a natural substance made from iron ore. When polished it has a very attractive charcoal-black sheen, and when faceted, it has been called a “black diamond.” It is popularly fashioned into jewelry that can accompany sporty-casual as well as evening attire. For more information about hematite, please refer to our link for “Educational Information.”
What is a gauss meter and what should I understand about gauss?
A gauss meter is an instrument used to measure lines of magnetic flux at a specific point on a magnet, but it is not correct to say that this number indicates the strength of a magnet. In fact, the gauss reading provides no information about the total energy of a magnet being tested or about how far the energy will project from its surface. So, be wary of anyone marketing magnetic products on the basis of gauss alone. There are other equally important considerations, such as the specific magnetic material used, and one should not use a gauss reading for purposes of comparison. We do not recommend using a gauss reading for the purpose of comparing magnetic strength as one would use horsepower or cubic inches to compare engine size and power.
Caring for Magnetic Jewelry
- Keep your magnetic hematite jewelry dry. Exposing the clasp to moisture will promote oxidation and eventually cause the magnetic clasp to rust. Putting a drop of clear nail polish down into the holes of the clasp will add a barrier of protection against moisture and prolong the life of your clasp.
- Buff occasionally with a soft, untreated cloth to restore luster and remove fingerprints, etc.
- Stainless steel, titanium and tungsten carbide bracelet magnets are protected with an epoxy coating which waterproofs the magnets, allowing them to be worn in the shower or while swimming. Rinsing the bracelet and then towel drying it after these activities will prevent soap or salt deposits from dulling the finish of your bracelet.
- Alloy bracelets need to be kept dry. If they do get wet, dry immediately as the magnets are not protected and, therefore, not waterproof.
- Handle magnetic clasps carefully. Never pull apart magnetic bracelets; always “break” them apart. This separates the magnetic, but prevents strain on the bracelet material.